Introducing the Kershaw 1660CKTST Leek, a versatile knife with a sleek design and a matte black DLC coating. This knife is perfect for everyday carry and offers a range of cutting capabilities.
The Leek features a 3-inch blade made from high-performance Sandvik 14C28N steel. Its modified drop-point design makes it ideal for slicing, while the slim tip allows for precise and detailed work. If you prefer a partially serrated blade, the 1660CKTST Leek in basic black is the one for you.
One of the standout features of the Leek is its SpeedSafe ambidextrous assisted opening system. Simply pull back on the flipper, and the blade is ready to go to work. For added safety, the knife is equipped with a super-secure frame lock to keep the blade locked during use, as well as a Tip-Lock slider to lock the blade closed when folded.
The Leek offers versatility in carry options, with a pocketclip that can be configured for tip-up or tip-down carry. The handle is also drilled to accept a lanyard, providing additional carrying options.
With its durable DLC coating, the Leek is not only stylish but also hard and scratch-resistant. It's the perfect companion for any cutting task you may encounter.
Specifications
Blade Steel: Sandvik 14 C 28 N
Model Number: 1660 Cktst
Lock Type: Frame Lock
Blade Thickness: 0.09 inches
Handle Thickness: 0.09 inches
Blade Length: 3 inches
Open Length: 7 inches
Weight: 3 ounces
Blade Edge: Partially Serrated
Finish Color: Black
Style: Drop Point
Clip Type: Reversible Right Tip Up Down
Clip Position: Reversible
Handle Material: Stainless Steel
Use Case: EDC
Origin: USA
Pros vs Cons
Based on online reviews from verified buyers around the web.
Assisted opening feature makes it easy to use with one hand.
Durable blade made from high-quality steel (CPM 154 Sandvik 14C28N).
Compact and sleek design, making it easy to carry.
Frame lock provides secure lock-up for safety.
Reversible pocket clip allows for versatile carry options.
Highly rated by users, with a perfect score of 5.
Tested in demanding conditions, proving its reliability.